Articles tagged with Biocontrol
The Entomological Society of America recognizes Dr. Frederick P. Baxendale for his outstanding contributions to extension entomology, and Dr. Tiffany M. Heng-Moss for her exceptional teaching, including developing a new undergraduate major in insect science. Dr. Ronald D. Oetting receives the Distinguished Achievement Award in Horticul...
A research team led by Mark Hoddle has successfully used biological control to eradicate the glassy-winged sharpshooter, a major agricultural pest, from Tahiti and neighboring islands. The team introduced a microscopic parasitic wasp that attacks the insect's eggs, reducing its population to less than 5% of its original density.
A new computer model, developed by University of Illinois ecologist Adam Davis, aims to predict the most effective biological control agent for reducing garlic mustard populations in temperate forests. The model uses simulation dynamics and testing protocols to identify a tiny weevil as a promising candidate.
A successful bioeradication program in Lake Victoria reduced fish populations, improved hydroelectric power generation, and decreased malaria and schistosomiasis cases. The program used natural enemies of the invasive water hyacinth to control its spread, eliminating the need for pesticides.
The introduction of non-native species has accelerated invasions, with many becoming economically beneficial but ecologically destructive. Biocontrol methods are often ineffective and can harm native species.
Scientists are exploring how molecular genetics can improve classical biological control by finding natural enemies well adapted to target invasive pests. Genetically modified crops with toxins like Bt may also be compatible with natural enemies, offering a new approach to controlling unwanted insect pests.
Researchers used DNA sequences to identify hybridization and introgression in Phlox species, tracing the Eurasian source of invasive Tamarix species. The study found that a novel hybrid plant genotype is contributing to the invasion's spread, affecting biodiversity and hydrology in fragile environments.
Researchers found that 20% of caterpillars died from parasitoid attacks, mostly from introduced species. The study highlights the importance of understanding ecological costs of biocontrol agents to prevent adverse cascading events in food chains.
Researchers investigate biocontrol insect failures, such as Urophora gallflies failing to control invasive knapweed, while also exploring chemical cues to deter mosquitoes. Additionally, studies on butterflies reveal increased populations following ponderosa pine restoration and nectar flower abundance.
A new study highlights the risks of biological control gone wrong, as a widely released weevil has attacked five native thistle species. The Eurasian weevil, introduced to the US in 1968, has damaged native plants' seed production by 86% and expanded its distribution.
Scientists have discovered that two parasitic wasps, Spalangia endius and Spalangia nigoraenea, can efficiently control stable and house flies in Illinois. This finding has significant implications for the state's agricultural industry and public health.
Ecological researchers highlight gaps in evidence on biocontrol's safety record, citing potential ecological risks. The use of biological control methods in agriculture is being reevaluated due to concerns over environmental harm, but research suggests it can be an effective solution for certain pest problems.